Collaborative and distributed chemical engineering : from understanding to susbstantial design process support : results of the Improve Project /

Collaborative and distributed chemical engineering : from understanding to susbstantial design process support : results of the Improve Project /

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Summarizes the work of IMPROVE (Information Technology Support for Collaborative and Distributed Design Processes in Chemical Engineering), a joint project of research institutions at RWTH Aachen University

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Bibliographic Details
Other Authors: Marquardt, W, Nagl, Manfred, 1944-
Format: Book
Language:English
Published: Berlin : Springer-Verlag, [2008], ©2008
Berlin : c2008
Berlin ; New York : c2008
Series:Lecture notes in computer science, 4970
LNCS sublibrary Programming and software engineering.
Lecture notes in computer science ; 4970
Lecture notes in computer science ; 4970
Lecture notes in computer science 4970
Subjects:
Chemical engineering
Chemical Engineering
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Table of Contents:
  • Goals, approach, funcitonality of resulting tools, and project structure
  • Application domain modeling
  • New tool functionality and underlying concepts
  • Platform functionality
  • Integration aspects
  • Steps towards a formal process/product model
  • Transfer to practice
  • Evaluation
  • 1 Goals, Approach, Functionality of Resulting Tools, and Project Structure
  • 1.1. A Model-Driven Approach for A-posteriori Tool Integration / W. Marquardt and M. Nagl
  • 1.2. A Scenario Demonstrating Design Support in Chemical Engineering / R. Schneider and B. Westfechtel
  • 1.3. The Interdisciplinary IMPROVE Project / M. Nagl
  • 2. Application Domain Modeling
  • 2.1. An Introduction to Application Domain Modeling / J. Morbach, M. Theissen and W. Marquardt
  • 2.2. Product Data Models / J. Morbach, B. Bayer, A. Yang and W. Marquardt
  • 2.3. Document Models / J. Morbach, R. Hai, B. Bayer and W. Marquardt
  • 2.4. Work Process Models / M. Eggersmann, B. Kausch, H. Luczak, W. Marquardt, C. Schlick, N. Schneider, R. Schneider and M. Theissen
  • 2.5. Decision Models / M. Theissen and W. Marquardt
  • 2.6. Integrated Application Domain Models for Chemical Engineering / J. Morbach, M. Theissen and W. Marquardt
  • 3. New Tool Functionality and Underlying Concepts
  • 3.1. Using Developers' Experience in Cooperative Design Processes / M. Miatidis, M. Jarke and K. Weidenhaupt
  • 3.2. Incremental and Interactive Integrator Tools for Design Product Consistency / S. Becker, M. Nagl and B. Westfechtel
  • 3.3. Multimedia and VR Support for Direct Communication of Designers / A. Schuppen, O. Spaniol, D. Thissen, I. Assenmacher, E. Haberstroh and T. Kuhlen
  • 3.4. An Adaptive and Reactive Management System for Project Coordination / M. Heller, D. Jager, C.-A. Krapp, M. Nagl, A. Schleicher, B. Westfechtel and R. Worzberger
  • 4. Platform Functionality
  • 4.1. Goal-Oriented Information Flow Management in Development Processes / S. C. Brandt, O. Fritzen, M. Jarke and T. List
  • 4.2. Service Management for Development Tools / Y. Babich, O. Spaniol and D. Thissen
  • 5. Integration Aspects
  • 1 Goals, Approach, Functionality of Resulting Tools, and Project Structure
  • 1.1. Model-Driven Approach for A-posteriori Tool Integration / W. Marquardt / M. Nagl
  • 1.2. Scenario Demonstrating Design Support in Chemical Engineering / R. Schneider / B. Westfechtel
  • 1.3. Interdisciplinary IMPROVE Project / M. Nagl
  • 2. Application Domain Modeling
  • 2.1. Introduction to Application Domain Modeling / J. Morbach / M. Theissen / W. Marquardt
  • 2.2. Product Data Models / J. Morbach / B. Bayer / A. Yang / W. Marquardt
  • 2.3. Document Models / J. Morbach / R. Hai / B. Bayer / W. Marquardt
  • 2.4. Work Process Models / M. Eggersmann / B. Kausch / H. Luczak / W. Marquardt / C. Schlick / N. Schneider / R. Schneider / M. Theissen
  • 2.5. Decision Models / M. Theissen / W. Marquardt
  • 2.6. Integrated Application Domain Models for Chemical Engineering / J. Morbach / M. Theissen / W. Marquardt
  • 3. New Tool Functionality and Underlying Concepts
  • 3.1. Using Developers' Experience in Cooperative Design Processes / M. Miatidis / M. Jarke / K. Weidenhaupt
  • 3.2. Incremental and Interactive Integrator Tools for Design Product Consistency / S. Becker / M. Nagl / B. Westfechtel
  • 3.3. Multimedia and VR Support for Direct Communication of Designers / A. Schuppen / O. Spaniol / D. Thissen / I. Assenmacher / E. Haberstroh / T. Kuhlen
  • 3.4. Adaptive and Reactive Management System for Project Coordination / M. Heller / D. Jager / C.-A. Krapp / M. Nagl / A. Schleicher / B. Westfechtel / R. Worzberger
  • 4. Platform Functionality
  • 4.1. Goal-Oriented Information Flow Management in Development Processes / S. C. Brandt / O. Fritzen / M. Jarke / T. List
  • 4.2. Service Management for Development Tools / Y. Babich / O. Spaniol / D. Thissen
  • 5. Integration Aspects
  • 5.1. Scenario-Based Analysis of Industrial Work Processes / M. Theissen / R. Hai / J. Morbach / R. Schneider / W. Marquardt
  • 5.2. Integrative Simulation of Work Processes / B. Kausch / N. Schneider / S. Tackenberg / C. Schlick / H. Luczak
  • 5.3. Integrated Environment for Heterogeneous Process Modeling and Simulation / L. von Wedel / V. Kulikov / W. Marquardt
  • 5.4. Design Support of Reaction and Compounding Extruders / M. Schluter / J. Stewering / E. Haberstroh / I. Assenmacher / T. Kuhlen
  • 5.5. Synergy by Integrating New Functionality / S. Becker / M. Heller / M. Jarke / W. Marquardt / M. Nagl / O. Spaniol / D. Thissen
  • 5.6. Usability Engineering / C. Foltz / N. Schneider / B. Kausch / M. Wolf / C. Schlick / H. Luczak
  • 5.7. Software Integration and Framework Development / Th. Haase / P. Klein / M. Nagl
  • 6. Steps Towards a Formal Process/Product Model
  • 6.1. From Application Domain Models to Tools: The Sketch of a Layered Process/Product Model / M. Nagl
  • 6.2. Work Processes and Process-Centered Models and Tools / M. Miatidis / M. Theissen / M. Jarke / W. Marquardt
  • 6.3. Model Dependencies, Fine-Grained Relations, and Integrator Tools / S. Becker / W. Marquardt / J. Morbach / M. Nagl
  • 6.4. Administration Models and Management Tools / R. Hai / T. Heer / M. Heller / M. Nagl / R. Schneider / B. Westfechtel / R. Worzberger
  • 6.5. Process/Product Model: Status and Open Problems / M. Nagl
  • 7. Transfer to Practice
  • 7.1. Industrial Cooperation Resulting in Transfer / R. Schneider / L. von Wedel / W. Marquardt
  • 7.2. Ontology-Based Integration and Management of Distributed Design Data / J. Morbach / W. Marquardt
  • 7.3. Computer-Assisted Work Process Modeling in Chemical Engineering / M. Theissen / R. Hai / W. Marquardt
  • 7.4. Simulation-Supported Workflow Optimization in Process Engineering / B. Kausch / N. Schneider / C. Schlick / H. Luczak
  • 7.5. Management and Reuse of Experience Knowledge in Extrusion Processes / S. C. Brandt / M. Jarke / M. Miatidis / M. Raddatz / M. Schluter
  • 7.6. Tools for Consistency Management between Design Products / S. Becker / A. Kortgen / M. Nagl
  • 7.7. Dynamic Process Management Based upon Existing Systems / M. Heller / M. Nagl / R. Worzberger / T. Heer
  • 7.8. Service-Oriented Architectures and Application Integration / Th. Haase / M. Nagl
  • 8. Evaluation
  • 8.1. Review from a Design Process Perspective / W. Marquardt
  • 8.2. Review from a Tools' Perspective / M. Nagl
  • 8.3. Review from an Industrial Perspective / W. Marquardt / M. Nagl
  • 8.4. Review from Academic Success Perspective / M. Nagl.
  • 5.1 Scenario-Based Analysis of Industrial Work Processes / M. Theissen, R. Hai, J. Morbach, R. Schneider and W. Marquardt
  • 5.2. Integrative Simulation of Work Processes / B. Kausch, N. Schneider, S. Tackenberg, C. Schlick and H. Luczak
  • 5.3. An Integrated Environment for Heterogeneous Process Modeling and Simulation / L. von Wedel, V. Kulikov and W. Marquardt
  • 5.4. Design Support of Reaction and Compounding Extruders / M. Schluter, J. Stewering, E. Haberstroh, I. Assenmacher and T. Kuhlen
  • 5.5. Synergy by Integrating New Functionality / S. Becker, M. Heller, M. Jarke, W. Marquardt, M. Nagl, O. Spaniol and D. Thissen
  • 5.6. Usability Engineering / C. Foltz, N. Schneider, B. Kausch, M. Wolf, C. Schlick and H. Luczak
  • 5.7. Software Integration and Framework Development / Th. Haase, P. Klein and M. Nagl
  • 6. Steps Towards a Formal Process/Product Model
  • 6.1. From Application Domain Models to Tools: The Sketch of a Layered Process/Product Model / M. Nagl
  • 6.2. Work Processes and Process-Centered Models and Tools / M. Miatidis, M. Theissen, M. Jarke and W. Marquardt
  • 6.3. Model Dependencies, Fine-Grained Relations, and Integrator Tools / S. Becker, W. Marquardt, J. Morbach and M. Nagl
  • 6.4. Administration Models and Management Tools / R. Hai, T. Heer, M. Heller, M. Nagl, R. Schneider, B. Westfechtel and R. Worzberger
  • 6.5. Process/Product Model: Status and Open Problems / M. Nagl
  • 7. Transfer to Practice
  • 7.1. Industrial Cooperation Resulting in Transfer / R. Schneider, L. von Wedel and W. Marquardt
  • 7.2. Ontology-Based Integration and Management of Distributed Design Data / J. Morbach and W. Marquardt
  • 7.3. Computer-Assisted Work Process Modeling in Chemical Engineering / M. Theissen, R. Hai and W. Marquardt
  • 7.4. Simulation-Supported Workflow Optimization in Process Engineering / B. Kausch, N. Schneider, C. Schlick and H. Luczak
  • 7.5 Management and Reuse of Experience Knowledge in Extrusion Processes / S. C. Brandt, M. Jarke, M. Miatidis, M. Raddatz and M. Schluter
  • 7.6. Tools for Consistency Management between Design Products / S. Becker, A. Kortgen and M. Nagl
  • 7.7. Dynamic Process Management Based upon Existing Systems / M. Heller, M. Nagl, R. Worzberger and T. Heer
  • 7.8. Service-Oriented Architectures and Application Integration / Th. Haase and M. Nagl
  • 8. Evaluation
  • 8.1. Review from a Design Process Perspective / W. Marquardt
  • 8.2. Review from a Tools' Perspective / M. Nagl
  • 8.3. Review from an Industrial Perspective / W. Marquardt and M. Nagl
  • 8.4. Review from Academic Success Perspective / M. Nagl.

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